Global site

ABB's website uses cookies. By staying here you are agreeing to our use of cookies. Learn more

SattLine Engineering Station for Satt DCS

ABB SattLine Engineering Station for Satt DCS, a licensed software based engineering and programming tool for the SattLine Controllers

The engineering is based on three-dimensional objects for either process plant items or system functions. These objects are build up using a high level graphics language.

When they are tested, they are stored in object libraries for further use. The objects - pumps, valves, vessels, complete processes, etc. - are available “off the shelf” only requiring connection.

Changes are done on the library module and the other identical objects will “inherit” the modification. Editing is made easy. Thereby, considerable configuration time is saved and engineering costs are reduced.

SattLine Engineering Station life cycle status
SattLine Engineering Station is in the Active life cycle phase, the latest version being 3.1, introduced in 2021 and running on Windows10 Enterprise

Secure the SattLine installations for the future and upgrade the earlier SattLine versions to the actively supported SattLine 3.1.

ABB has conversion tools available to evolve SattLine to System 800xA, with proven use in several large plants.

Are you looking for support or purchase information?


Modules and libraries

The programmer’s experience can be built into modules which are stored in powerful library functions for reuse. They can then be used in other parts of the plant program.

Programs are build by designing and assembling modules following object-oriented structures. Common is the possibility to collect all aspects of a process object, process unit or production cell into a module: control code, supervision, data storage, graphics, interaction, etc.

The programmer builds and reuses instantiated modules that control and calculates, act as function blocks, or correspond to process objects.

The modules are combined hierarchically to form process objects of increasing size and complexity. 

Editing environment

- Multi-programming
allows several programmers to work, develop, debug and test programs parallel on different workstations.

- Validity checks
and the graphical programming lead to higher program quality.

- Automatic distribution
of code generated on-line on a workstation via the network to both the controllers and the other workstations.

- Change control log
keeps track of program versions.

- Run-mode programs
are executed on distributed stations, exchanging variable values.

- Simulate-mode
is used for off-line tests of user programs on a workstation.

- Edit-mode
enables all functions for entry and modification of programs, modules and pictures.

Editing tools
There are several tools to help the programmer, for instance:

  • On-line manuals for quick help.
  • Network distribution of program version.
  • Module overview window to ease navigation in the module hierarchy.
  • Graphics and text to indicate errors, like undeclared variables, invalid combinations, incorrect procedure calls.
  • Possibility to request program verifications at any time.

Editing and display
The program objects in modules (equations and sequences) are programmed and displayed graphically. Sequences are displayed in accordance with the Grafcet and IEC standards for sequential flow charts. For equations, four different layout methods - function block, formula, structured text or ladder layout - are used.

Basic and system defined objects like equations, sequence entry and graphical objects are used to build pictures and programs. On functionally higher object levels, basic objects, module templates, modules from libraries are combined, modified and adapted by connecting parameters. All levels are used when designing new modules to the application area or to the specific project.

Graphical objects and modules are picked from menus and dragged to their proper location. Attributes can be set by selecting and choosing attribute from a menu. Objects can be moved, duplicated, deleted, rotated and so on.

Connecting modules can be done graphically by polylines between the modules or by dialogues for variables, parameters and connections. To configure I/O signals, a graphical picture of the I/O module is used. Connection is done by choosing the signals from a list. 

Support and maintain your system

Loading documents